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| − | == Procedure ==
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| − | === Determine Smearing ===
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| − | * '''(Genning/Plugining/Selecting pi+ & photon)''' Fit current BCAL time uncertainties for photons, pions, and protons: make sure they're similar to the uncertainties in David's studies.
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| − | ** If they are not: probably due to clustering algorithm(s): '''ASSUME''' that the % of the timing uncertainty improvement is independent of this difference.
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| − | * '''(Waiting on results)''' Fit the BCAL time resolution improvement % from the table of David's results as a function of theta (separately for photons, pions, and protons). Energy-dependence comes from the coefficients.
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| − | * '''(DONE)''' Separately generate single-track events of photons, pions, and protons with the BCAL time smearing disabled (generated at center of target: assume that this is what David did).
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| − | * '''(Select)''' Determine time-smearing necessary to reach the improved time resolution, code smearing into BCAL shower reconstruction.
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| − |
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| − | === Physics Analysis ===
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| − | * Smear TOF & FCAL time resolutions to reach design value (during reconstruction since already generated!)
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| − | * Determine PID cuts for protons & pions (delta-beta vs p) for both smearing resolutions (use datasets generated earlier).
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| − | * '''(DONE)''' Generate b1pi events (all vertex z)
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| − | * Two analyses: one with BCAL time smearing disabled (smear during shower reconstruction), the other with default smearing.
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| − | * Run cooking code to reconstruct events.
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| − | * Perform b1pi analysis, using PID cuts (allow all hypotheses).
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| − | == File Tracking ==
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| − | === Job Files ===
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| − | ==== Photons ====
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| − | ==== Protons ====
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| − | * bcalsegmentation_protons/run_gluex_2011-10-12-005105_*: protons, all angles, no smearing
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| − |
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| − | ==== PiPluses ====
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